AXLT

AXLT155

Linear tables

Linear table with screw-type drive and rail guide

Basic massMass per 100 mm strokeSled mass

Ball screw Trapezoidal screw thread

Movement speedRepeat accuracyDyn. load rating ball screwNo-load torqueMoments of inertia:

Lead 5 mmLead 20 mmLead 50 mm

Max. overall length

Loads [N]PR

PL

PT

Load torques [Nm]MA

MB

MC

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PRPT

PL

MA

MC

MB

AXLT155


max. 2 m/s0,03 mm

9,1 bis 17,5 kN 1)

0,6 - 0,8 Nm

0,84 kgcm2/m0,81 kgcm2/m0,79 kgcm2/m

3,5 m

Technical data Drive elementsDiameter20 mm20 mm

Lead5, 20 mm4, 8 mm

dyn.690069006900

280280340

stat190001900019000

790790950

dyn.690069006900

420420340

stat190001900019000

11001100950

Rail guideH15 H15*

Loads and load torques*

H15*

6,2 kg1,2 kg2,3 kg

H155,5 kg1,2 kg2 kg

MassSchienenführung

* Table length: 220 mm

* Table length: 220 mm* Max. permitted loads in accordance with definition on page 17.See from page 9 onwards for load ratings for individual lifetime calculation.

1) Depending on the design of the screw-type drive.

0

1000

2000

3000

4000

5000

6000

7000

500 1000 1500 2000 2500

Spee

d[1

/min

.]

Stroke length [mm]

Subject to technical changes.

AXLT225

Linear tables



Ball screwTrapezoidal screw thread


Lead 5 mmLead 10 mmLead 25 mm

Max. overall length

Loads [N]PR

PL

PT

Load torques [Nm]MA

MB

MC

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PRPT

PL

MA

MC

MB

H20 *

15,8 kg1,8 kg6,0 kg

H2013,0 kg1,8 kg5,0 kg

MassRail guide

Diameter25 mm24 mm

Drive elementsLead

5, 10, 25 mm5, 10 mm

max. 2 m/s0,03 mm

14,7 bis 15,9 kN 1)

0,7 - 1,2 Nm


3,5 m

Technical data

AXLT225


dyn.109001090010900

720720810

stat300003000030000

200020002250

dyn.109001090010900

930930810

stat300003000030000

260026002250

Rail guideH20 H20 *




0

500

1000

1500

2000

2500

3000

3500

4000

4500

5000

Spee

d[1

/min

.]

500 1000 1500 2000 2500

Stroke length [mm]



AXLT325

Linear tables





Lead 5 mmLead 10/20 mm

Lead 32 mmMax. overall length

Loads [N]PR

PL

PT

Load torques [Nm]MA

MB

MC

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PRPT

PL

MA

MC

MB

H30 *38,7 kg3,5 kg14,6 kg


AXLT325

dyn.220002200022000

200020002250

stat530005300053000

490049005500

dyn.220002200022000

270027002250

stat530005300053000

650065005500

Rail guideH30 H30 *


max. 2 m/s0,03 mm

19,5 bis 31,7 kN 1)

1,1 - 1,5 Nm


3,2 m

Technical data Drive elementsDiameter32 mm36 mm

Lead5, 10, 20, 32

6, 12 mm

H3031,5 kg3,5 kg12,0 kg

MassRail guide



0

500

1000

1500

2000

2500

3000

3500

4000

750 1250 1750 2250 2750

Stroke length [mm]

Spee

d[1

/min

.]



AXLT455

Linear tables





Lead 5 mmLead 10 mmLead 20 mmLead 40 mm

Max. overall length

Loads [N]PR

PL

PT

Load torques [Nm]MA

MB

MC

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AXLT455

dyn.300003000030000

370037003950

stat770007700077000

9500950010000

Rail guideH35


max. 2 m/s0,03 mm

29,1 bis 54,3 kN 1)

1,7 - 2,8 Nm

15,64 kgcm2/m13,55 kgcm2/m13,52 kgcm2/m13,42 kgcm2/m

3,2 m

Technical data

Mass74 kg6,3 kg29 kg

0

500

1000

1500

2000

2500

3000

3500

750 1250 1750 2250 2750

Stroke length [mm]

Spee

d[1

/min

.]


Drive elementsDiameter40 mm40 mm

Lead5, 10, 20, 40 mm

7 mm

PRPT

PL

MA

MC

MB

* Max. permitted loads in accordance with definition on page 17.See from page 9 onwards for load ratings for individual lifetime calculation.



Movement speed Repeat accuracy Drive elements Stroke per revolution:Permitted dyn. operating forceOverall lengthGeometrical moment of inertia IxGeometrical moment of inertia Iy

Loads [N]PR

PL

PT

Load torques [Nm]MA

MB

MC

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max. 3,3 m/s0,05 mm

rack, module 5400 mm16240 N

10 m14645 cm4

7958 cm4

PR

PT

IXIY

PL

MA

MC

MB

Lifting axis with rack drive and rail guide

AXS280-M400

Technical data

Mass*96,0 kg5,9 kg54,5 kg

* Masses without gearbox

dyn.280002800028000

430043003000

stat100000100000100000

155001550010500

Rail guideH35




AXS280-Z

Gantry axes

Gantry axis with toothed belt drive and rail guide

Rail guide Rail guide Rail guideS/H 30 S/H 35

Basic mass 73 kg 78 kgMass per 100 mm stroke 4,3 kg 4,6 kgSled mass 19 kg 19 kg

Movement speedRepeat accuracyDrive elementsStroke per revolution:Permitted dyn. operating forceNo-load torqueMoment of inertia Overall lengthGeometrical moment of inertia IXGeometrical moment of inertia IY

Loads [N]PR

PL

PT

Load torques [Nm]MA

MB

MC

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PR

PT

IXIY

PL

MA

MC

MB

Gantry axis with toothed belt drive and rail guide

AXS280-Z

max. 6 m/s

0,05 mm

Toothed belt 75 AT10

4000 N

480 mm

9 Nm

227,6 kgcm2

10 m (one-piece)1)

14.645 cm4

7.958 cm4

Technical data

1) Greater length on request

Mass

dyn. 18000110009900

175012001150

stat. 420002100018000

340022002200

dyn.174001740017400

210021001850

stat.53000

53000

53000

650065005700

Rail guide

S30

dyn. 250001530013800

245016501600

stat. 570002850024500

460030003000

Rail guide

S35dyn.

240002400024000

295029502600

stat. 770007700077000

940094008300

Rail guide

H35Rail guide

H30


* Max. permitted loads in accordance with definition on page 17. See from page 9 onwards for load ratings for individual lifetime calculation.


AXS280-M200

Gantry axes

Gantry axis with rack drive and rail guide



Loads [N]PR

PL

PT

Load torques [Nm]MA

MB

MC

PR

PT

IXIY

PL

MA

MC

MB


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AXS280-M200

max. 3,3 m/s0,05 mm

rack, module 2

200 mm3190 N

10 m 1)

14645 cm4

7958 cm4

Technical data

1) Greater length on request.

dyn.250001530013800

310020001600

stat570002850024500

580035003000

dyn.240002400024000

350035002600

stat770007700077000

11200112008300

Rail guideS35 H35


Mass*52,0 kg4,9 kg16,5 kg




AXS460-M250

Gantry axes




Loads [N]PR

PL

PT

Load torques [Nm]MA

MB

MC

PR

PT

IXIY

PL

MA

MC

MB


AXS460-M250

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max. 6 m/s0,05 mm

rack, module 3

250 mm5860 N10 m 1)

88490 cm4

54170 cm4

Technical data

1) GrGreater length on request.

dyn.280002800028000

580058004500

stat100000100000100000

210002100016000

Rail guideH35


Mass*139,5 kg

8,9 kg46,5 kg




Integrated planetary gears

AXC/AXLT drive adaptation

To meet the highest demands in terms of accuracy and dynamics, our AXC line with inte-grated planetary gears is available. In the 60 size, the planetary gear is integrated directly inthe belt pulley of the toothed belt drive. In the 80 and 120 sizes, a belt pulley mounted onthe output shaft of the gear ensures torque transmission free from backlash actuated byadherence. Direct assembly removes the need for a coupling box and coupling, giving ourlinear axes extremely compact dimensions.

With particularly high positioning demands, the gears in sizes AXC80 and AXC120 are available with a reduced circumferential backlash of 3 or 5 angular minutes.

AXC 60 AXC40, 80 and 120

AXC40, 80 and 120AXC60

AXC40 AXC60

Single stage 5 10 4 9Two stage 25; 50 100 20; 40

Rated output torque [Nm] 6 5,5 6 5,5Accelerated output torque [Nm]1) 12 11 12 11Rated input speed [min-1] 4000 4000Max. input speed [min-1] 8000 8000

Single stage 12 6Two stage 15 9

Single stage 0,06 0,06Two stage 0,052 0,09


Shaft height H [mm] 24,9 32,5Flange diameter D [mm] 55 70 65 85Reference circle e1 [mm] 55-63 63-75 63 - 75 85 - 100Motor shaft d (max.) [mm] 11 14 11 14

Single stage 74 79 23,5 29,5Two stage 90 95 43 50

AXC80 AXC120

Single stage 3 4; 5; 7 10 3 4; 5; 7 10Two stage

Rated output torque [Nm] 56 70 45 135 170 110Accelerated output torque [Nm]1)

Rated input speed [min-1] 2300 2900-4500 3100 2000 2500-4200 2500Max. input speed [min-1] 6000 4800

Single stage 6 (reduced 3) 6 (reduced 3)Two stage 8 (reduced 5) 8 (reduced 5)

Single stage 0,34 - 0,94 1,15 - 3,75Two stage 0,11 - 0,48 0,33 - 1,79


Shaft height H [mm] 43,5 62,5Single stage 95 125 125Two stage 75 95 115

Reference circle e1 [mm] 70-100 115 130 165 70-100 115 130 165 215Motor shaft d (max.) [mm] 14 19 24 19 24 32

Single stage 110 110 120 119 119 129Two stage 122 137 147 136 240 162

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Circumferential backlash [arcmin]

Mass moment of inertia [kgcm2]

Mass [kg]

Overall length L [mm]

12; 16; 20; 28; 35; 50; 70

12; 16; 20; 28; 35; 50; 70

1) Note permissible operating load of the linear axis!

1) Note permissible operating load of the linear axis!

115 130

80 100 80

100 100

200 250 200

140 140130 200

Multiplication

Multiplication

Mass moment of inertia [kgcm2]

Mass [kg]

Flange diameter D [mm]

Overall length L [mm]

Circumferential backlash [arcmin]

The drives are directly connected via a coupling with the journal of the screw-type drive.

The drive is fixed via a separate coupling box.

AXC40 – 120 drive adaptation

AXLT155-455 drive adaptation


Coupling box for screw-type drive

Linear axis Motor e1 e1 b1 b1 j d d i2 i2-l k L1 Torquedesign min. max. min. max. min. max. max. max.

AXC40-S B5 / B14 45 63 35* 50 - 5 14 30 7 55 47 7,5 NmB5 (B14) 63 (75) 100 50* 80 - 9 19** 40 3 82 71 10 Nm

B5 115 130 95 95 - 19 20 40 15 110 84 10 NmB5 130 130 110 110 - 24 24 50 25 120 93 10 Nm

B5 / B14 63 100 50 80 > 40 9 19** 40 0 82 73 17 NmB5 115 130 95 95 > 40 19 20 40 15 110 88 17 NmB5 130 130 110 110 - 24 24 50 25 120 98 17 Nm

AXC120-S B5 / B14 75 130 60* 110 - 14 24** 50 3 112 89 60 NmAXLT155 B5 / B14 55 100 34* 80 - 5 14 30 7 85 71 10 Nm

B5 / B14 63 100 50 80 > 40 9 19** 40 0 82 73 17 NmB5 115 130 95 95 - 19 20 40 15 110 88 17 NmB5 130 130 110 110 - 24 24 50 25 120 98 17 Nm

AXLT325 B5 / B14 75 130 60* 110 - 14 24** 50 3 112 89 60 NmB5 / B14 100 165 80* 130 - 19 25 50 8 140 105 160 NmB5 / B14 130 165 110 130 - 28 32 60 23 155 120 160 NmB5 / B14 215 215 180 180 - 38 38 80 45 192 142 160 Nm

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AXC60-S

AXC80-S

AXLT225

AXLT455

* Motors with smaller centring can also be used. Centring then takes place via the coupling.** For motors with feather key with maximum shaft length a shorter feather key will be supplied for exchange.

In order also to be able to optimally utilise the available room in tight spaces, we also offerdeflection belt drives for the linear axes with screw-type drive as well as for the linear tables.This makes it possible to adjust the installation position of the drive to suit the environmentalconditions.

AXLT with deflection belt drive

AXC with deflection belt drive


Deflection belt drive for screw-type drive

AXC60 / AXLT155 1 1,5 1,8 2,2514 - - - 14 14 - 11 14 - 9 9

AXC80 / AXLT225 1 1,25 1,5 2 2,516 24 24 14 19 19 10 16 16 - 12 12 - 9 9

AXC120 / AXLT325 1 1,2 1,5 2 2,4 324 - - 19 24 24 14 24 24 9 19 19 - 14 19 - 9 14

AXLT455 1 1,25 1,6 228 - - 28 - - 28 - - 19 28 28

AXC60 50* 60 63 75 20 30 B5 106 ± 6 35 60 197 40 45AXLT155 50* 60 63 75 20 30 B5 140,5 ± 2 31,5 60 216 40 45AXC80 / AXLT225 50* 80 63 100 20 50 B5 185 ± 2,5 39 80 267 60 67AXC120 / AXLT325 60* 110 75 130 30 50 B5 / B14 249,5 ± 5,5 57 100 407 60 67AXLT455 80* 130 100 165 30 60 B5 / B14 354 ± 5 89 180 565 80 89

Linear axis Available ratios with the relevant maximum possible motor shaft diameters (Ø d) for the following fixing variants:

Clamping set / feather key / adhesive joint

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Linear axis Motor limiting dimensions (min/max) DimensionsØ b1 Ø e1 i2 Design a a1 b h t t1

* Motors with smaller centring (Ø b1) can also be used. Centring via the motor adapter is not required in this case.


Adapter/coupling box for toothed belt driveWith the simplest form of connection, the output shaft of the gearbox or motor is inserteddirectly into the hollow shaft of the drive belt pulley. The drive is bolted to the linear axis viaa flat adapter plate. The force transmission takes place positively via the feather key. Theprerequisite here is that the output shaft diameter corresponds to the respective hollow shaftdiameter of the axis (see axis datasheet).

Adaptation via the integrated coupling in combination with a coupling box is however universal. The coupling on the axis side is bolted to the drive belt pulley and offers optimaloperational reliability, even at high dynamic performance, through its torque transmissionactuated by adherence. A wide selection of coupling boxes are available for commercial drives with a standardised B5 flange.

AXC40-Z B5 63 45° 4 x M4x8 40 6 10 23 7 54 72 37,5B14 52 45° 4 x Ø5,5 40 14 14 47 5 60 - 5B14 54 0° 4 x Ø6,5 44 14 14 60 18 70 80 18B14 65 0° 4 x Ø6,5 44 15 18 52 21 - 80 71B14 70 45° 4 x Ø5,5 60 14 24 40 15 64 80 65

B5 / B14 80 0° 4 x M6x15 60 12 18 34 3 - 100 53B14 80 0° 4 x Ø6,5 68 20 24 46 21 - 90 71

B5 C120 100 45° 4 x M6x8 80 14 14 50 8 100 120 8B14 61 90° 6 x Ø5,5 48 20 20 71 12 80 - 12B14 65 0° 4 x Ø6,5 44 15 25 50 16 80 100 74,5B14 70 0° 4 x Ø6,5 55 (invers) 20 20 69 10 82 100 10B14 80 0° 4 x Ø6,5 68 22 25 52 22 80 90 81B14 99 45° 4 x Ø8,5 60 10 28 44 7 85 115 66

B5 C120 100 45° 4 x M6x15 80 14 19 40 3 83 110 62B5 C120 100 45° 4 x M6x12 80 20 20 72 12,5 - 120 12,5

B5 115 45° 4 x M8x15 95 19 25 53 16 105 140 75B5 C160 / B14 130 45° 4 x M8x16 110 19 25 52 15 120 150 74

B14 90 0° / 90° 6 x Ø9 70 30 30 108 14 120 150 14B5 C120 100 45° 4 x M6x18 80 19 25 50 7 120 150 72B5 C120 100 45° 4 x M6x12 80 30 30 107 13 120 - 13

B14 100 0° / 90° 6 x Ø9 80 (invers) 30 30 106 12 120 150 11,5B5 C160 130 0° / 30° 12 x M8x12 110 30 30 107 13 - 160 13B5 C200 165 45° 4 x M10x20 130 30 30 119 25 - 200 25

Linear axis Design e2 α s1 b2 d d i2 . i2-l k2 a2 L2min. max. max max

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AXC60-Z / -A

AXC80-Z / -A

AXC120-Z / -A

Linear axis a b c d h6 d2 e f g i l s

AXC40-Z 23 26H7 x 1 1 10 M4 x 7 34 9,9 8,1 29,5 30 M3 x 5AXC60-Z / -A 34 47H7 x 1 1 14 M5 x 8 54 22,5 17,5 30 30 M5 x 6AXC80-Z / -A 42 68H7x 2 2 20 M6 x 10 72 23 20,5 39,3 40 M5 x 9AXC120-Z / -A 61 102H8 x 2 104 42,5 42,5 M8 x 12AXC120-A * Ø162 110H8x3,5 Ø130 - - M8 x 13


Fixing dimensions/plug-in shaft for toothed belt driveIf the user is carrying out drive adaptation, the intended mounting site must be specifiedwith the order as the axis profile is machined to provide an optimal seat for the drive adapter.The appropriate sliding blocks for drive fixing are included in the scope of delivery.

M10 x 172 30 59,5 60

* Illustration see dimension sheet page 40.

Linear axis Dimensions Clamping hub Tension hubdw Lw A min.1) A DKM 2) D LK l1 d d TA d d TA

min. max. [Nm] min. max. [Nm]

31 11 8 14 1,34 - - -38 19 - - - 10 14 1,34

AXC60-..K 22x2 A - 110 188 120+2 40 50 25 12 24 10,5 10 20 3AXC80-..K 28x2,5 A - 137 230 154(160)+3 55 59 30 12 28 10,5 15 28 6AXC120-..K A - 180 285 198+3 65 35 18 38 6AXC120-..P..K A - 140 245 158+3 25 - - - -

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38x4 65 20 38 25

Axes configured in parallel may be coupled via a connecting shaft in order to transfer thetorque from the axis driven by the motor to the second axis.

AXC40-ZK 14x2 A - 79 125 87+2 30

1) with option of removal without disassembling the linear axes2) DKM= Special design with double-gimballed centre

Coupling and connecting shaft

Switches

Switch attachment on AXC/AXLTDepending on the requirement, mechanical switches with various IP protection ratings andinductive proximity switches with conventional output circuits are available.

The mechanically activated switches are usedin all cases to switch off the drive in an emer-gency, before the mechanical end stop shockabsorbers are reached. These can also becombined with external inductive proximityswitches to set additional switching pointsfor reference runs for example.

Our inductive proximity switches for slot installation are the most compact variants.They finish flush with the surface of the aluminium profile of the axis and form almostno interference contours. The switches areavailable as PNP NC/NO contacts or NPNNC/NO contacts.

Professional cabling can be simply carriedout with the sensor boxes available as standard. All switching signals are consoli-dated here.With the aid of conventional pre-assembledcables, the connection to the signal-processing controller can be established very quickly.

M2 22 19,5 25 11,5 -M3 20 12,5 18 19 -

AXC60-A M1 30 9,5 18 55 -AXC80 M1 30 25,5 26 11 -AXC120 M1 30 64,5 26 20 -AXLT155 M3 25 1 - - -AXLT225 M3 25 11 - - 5AXLT325 M3 35 26 - - 10AXLT455 M3 34 39,5 - - 14

Linear axis Switches A B C D E

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Mechanical switches AXC60-120/AXLT155-455

AXC60-S / -Z

Switches

Switch attachment on AXC/AXLT

Inductive proximity switch AXC40 (externally mounted)

Inductive proximity switches AXC60-120 (externally mounted)

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Switch attachment on AXSAll AXS linear axis are available as standard with mechanical switches.Inductive proximity switches are also available for the AXS280-Z gantry axis.

Lifting axes AXS160-M to AXS280-M and telescopic axis AXS120

Gantry axis AXS280-Z

Gantry axes AXS280-M and AXS460

Depending on the number of switches required, either a 2-part distributor can be used or asensor box to which four or more switches can be connected. Both designs have an IP67protection rating and are supplied completely wired as shown in the illustration.A 14-pin connector with M16 thread for the sensor box or a 5-pin connector with M8 threadfor the 2-part distribution block are available for connection to signal-processing control.

To avoid interference contours, the sensor box on the AXC120-S and AXLT325 can also bemounted under the motor adapter to save space.

Switches

Switches

Sensor box on AXC/AXLT

2-part distribution block Sensor box for 4 switches

Switch M1/M4/M5AXC60-A M20 x 1,5AXC80/120 Conductor cross section: AXS 0,5…2,5 mm2

3 x 106 Screw connection 4 x M3,5Switching Conductor cross section:

cycles 0,5…1,5 mm2

Switch M3 10 x 106 Screw connectionAXC60-S/Z Switching Conductor cross section: AXLT155 – AXLT455 cycles max. 1,5 mm2

Switch M3.1 10 x 106 Soldered joint(Löt-Anschluß) Switching Conductor cross section: AXLT325 cycles max. 1,5 mm2

Service Housing Connection Protection life material class

Input supply Max. load Indexing Cable Protectionvoltage current precision length class

Switch I1NPN- /PNP- NO or NC contactAXC40 10...30 V DC 100 mA 2 M IP67AXLT155 – AXLT325AXSAXC-Initiator1)

PNP- Öffner / Schließer 3 u.NPN-Öffner 10 MAXC60-S/Z – AXC120-S/ZSwitch I2 ≤ 5% AXC60 – AXC120 Switch intervalSwitch I3 ≤ 5% boltingAXLT455 Switch interval wie M3

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Technical data for switchesMechanical switches

Inductive proximity switch

≤ 10%Switch interval

IP67

IP67

IP6710...30 V DC 130 mA

100 mA≤ 2%

Switch interval

1) With AXC60 max. 2 switches per sideWith AXC80 max. 3 switches per side

Control element: Jump feed switch (forced separation)/1x NC contact and 1x NO contact

Plastic

Plastic

Metal

Metal

30 x 106

Switchingcycles

Switch M2AXC60-S/Z

10...35 V DC

12...30 V DC 100 mA 3M

IP67

IP30

IP67

IP67

AXC40 AXC40-Fixing strip 55 - 28 40 5,5 10 7 - - - 13 382) 66AXC60 3) AXC60-Fixing strip 80 74 28 40 5,5 10 5 6,6 11 4 10 48 94AXC80 AXC80-Fixing strip 94 - 50 70 6,6 11 14 - - - 20 76 108

AXC120-Fixing strip 136 - 60 78 9 15 11,5 - - - 22 105 160Fixing strip 2 140 - 40 80 9 15 13 - - - 22 105 160Fixing strip 3 140 140 80 120 9 15 13 9 15 13 22 105 160

Linear axis Article description a1 a2 b c d1 D1 e1 d2 D2 e2 f g1) h

Fixing and connection elements

Fixing strips

AXC120 4)

1) Please note dimension K2 from the drive adapter or gearbox (see page 77) or dimension a of the drive-side machining (see page 78).2) with mounted coupling3) suitable for standard MB profiles in grid dimension 204) suitable for standard MB profiles in grid dimension 40

The number of fixing strips is dependent on the load and the length of the linear axis.

There is a range of optimally coordinated fixing elements available for the fixing of the different linear modules. Sliding blocks, fixing strips and adapters offer the broadest rangeof options for bolting our modules to mounting surfaces or to each other. The range is completed by gantry supports coordinated to the linear axes and axis systems.

Linear Article description Design s L L11) TA max. tensile

axis [Nm] load [N]

Sliding block 5 ST M3 E M3 12 3 1,5 500Sliding block 5 ST M4 E M4 12 4 3,0 500Sliding block 5 ST M5 E M5 12 4 4,5 500Sliding block 5 Zn M3 R M3 5 2,5 1,0 50Sliding block 6 ST M4 E M4 17 5 4,0 1750Sliding block 6 ST M5 E M5 17 5 8,02) 1750Sliding block 6 ST M6 E M6 17 5,5 142) 1750Sliding block 6 Zn M4 R M4 15 7,5 1,5 150Sliding block 8 ST M4 E M4 22 9 4,0 2500Sliding block 8 ST M6 E M6 22 9 142) 3500Sliding block 8 ST M8 E M8 22 9 25 5000Sliding block 8 Zn M4 R M4 19 9,5 1,5 250Sliding block 8 Zn M5 R M5 19 9,5 1,5 250Sliding block 8 ST M5 trafficking cash S M5 22 9 8,02) 2500Sliding block 8 ST M6 trafficking cash S M6 22 7 142) 3500Sliding block 8 ST M8 trafficking cash S M8 20 7 342) 5000Sliding block 12 ST M6 S M6 20 10 142) 3500Sliding block 12 ST M8 S M8 20 10 342) 6000Sliding block 12 ST M10 S M10 35 11,5 46 10000Sliding block DIN508-14 M8 S M8 22 11 342) 6000Sliding block DIN508-14 M12 S M12 22 11 85 10000

Design E• Standard sliding block• St galvanised• Can be swivelled into any position• Fixed via resilient ball

Design R• For efficient component mounting• Zn galvanised• Premounted on the component

and used in any position• Locked by turning the screw

Design S• Heavy duty sliding block• St galvanised• Insertion of profile end• Up to slot width 8.2 fixed

via resilient ball

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AXC120 AXLT155AXLT225AXS120T AXS160AXS200

AXS230AXS460

AXS280

AXC40AXC60

AXC80

1) Maximum values, deviating dimensions possible2) When utilising the maximum tightening torque, strength category 10.9 is necessary

Sliding blocks

X axis Y axisAXC40 AXC60 AXC80 AXC120

AXC-Direct- AXC-Direct-connection-40-40 connection-40-60

2x AXC-Direct- AXC-Direct- AXC-Direct-connection-60-60 connection-60-80 connection-60-120

AXC-Direct-connection-80-120

AXC-Direct-connection-120-120

AXC-Direct- 2 x fixing strip 2 (3)connection-60-60 + 4 (6) x M8x25 DIN912

2x sliding block.8 ST M6 4 (6) x sliding block.8 ST M8AXC-Direkt-

connection-60-80 +4x sliding block.8 ST M6


AXC direct connectionWe offer our users the ultimate in flexibility for the configuration of the axes in a multi-axissystem. A wide range of adapters in different designs are available for this. The connectionsets include all other necessary connection elements (e.g. adapter plates, screws etc.).

Y axis

X axis

See page 86 for fixing strip dimensions.

AXC60

AXC40

AXC80

AXC120

MB-ProfileRaster 40

MB-Profile Raster 50

AXC60 AXC40 90 90 58 10 AXC-Cross connection-60-40AXC60 AXC60 90 90 58 12 AXC-Cross connection-60-60AXC80 AXC60 190 180 47 11 AXC-Cross connection-80-60AXC80 AXC80 220 220 77 15 AXC-Cross connection-80-80AXC120 AXC80 280 220 116 20 AXC-Cross connection-120-80AXC120 AXC120 280 280 116 20 AXC-Cross connection-120-120

Y axis Z axis Ly Lz R T Order code

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AXC cross connection

Y axis

Alignment using parallel pinsor limit stop flange

Axis middle axis = centreSled plate

Note the mounting sides of the switches for the Y axis with AXC60 type

Z axis

X axis Y axis T1 U V X2 X3 Y3 Article description

AXC40 AXC60 8 20 -11 98 19 59 AXC gantry connection 40-60AXC80-Z 10 180 39 100AXC80-S / -A 22AXC80-Z 0 155 19 80AXC80-S / -A 10AXC120-Z -201)/ 10 194 16 140AXC120-S / -A -201)/ 25

AXS120 AXS280 30 - -401) 170 0 200 AXC gantry connection 80-120


AXC gantry connection

AXC60

AXC80

AXC80

1) Position on X-axis fixed with parallel pins.

Y axis

X axis

10

10

AXC gantry connection 120-280



40

-

615

AXC80 AXC60-A 78 45 130 64AXC80-A AXC60-A 78 20 130 64AXC120 AXC80-A 92 59 150 87,5AXC120-A AXC80-A 92 0 / 55 150 87,5

Y axis Z axis X1 Y1 Y2 Z1

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AXC-A standard connection

Z axis

Optionally fixed position coordinated on mounting as 3-axis system with direct connection to the X axis.

Y axis

X axis Y axisAXLT155 AXLT225 AXLT325 AXLT455

AXLT-direct connection-155-155

AXLT-direct connection- AXLT-direct connection-225-155 225-225




AXLT direct connectionThe AXLT linear tables are designed in such a way that they can be mounted as cross tablesin the simplest way. Depending on the size, an adapter may not be required.

Cross table variant in the base plate configuration on table top.

Linear tables of the same size or the next smallest size can be mounted on the table top inthis configuration. An adapter plate is not required in both cases.

Combination of identical sizes

Combination with next smaller size

AXLT155

AXLT225

AXLT325

AXLT455

AXLT crossconnection 155-155AXLT cross AXLT crossconnection 225-155 connection 225-155

AXLT cross AXLT cross AXLT crossconnection 325-225 connection 325-325 connection 325-325

AXLT cross AXLT crossconnection 455-325 connection 455-455

X axis Y axisAXLT155 (LT=220) AXLT225 (LT=320) AXLT325 (LT=320) AXLT325 (LT=450) AXLT455

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Cross table variant in the configuration table top on table top

The linear tables (X axis) can also either be combined with the identical or the next smallestsize in this configuration. From size 325 (X axis) an adapter plate is no longer required.

Combination of identical sizes

Combination with next smaller size

AXLT cross connection

AXLT155

AXLT225

AXLT325

AXLT455

LT = Table length in mm


SNR gantry supportThe SNR gantry supports can be used both with the AXC and the AXS lines.

AXC40 AXC60AXC80 PP Cover profile6.PP.black.2000L

PP Cover profile8.PP.black.2000LAl Cover profile8.3000L plain

PP Cover profil5.PP.black.2000L

Linear axis Material Article description

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Cover profileIn order to facilitate the cleaning of the linear axis or to prevent heavy soiling, the slots ofthe profile body can be closed with appropriate cover profiles.

AXC120

Channel cover for AXC

Standard combinations

Complete systems

Standard combinations in the AXC range

Our standard systems make it possible to considerably reduce design expenditure. The range contains competitive 2 or 3-axis systems which comprise practical combinationsof the AXC and AXS ranges.

All complete systems are pre-assembled with switches, energy chains and all fasteningmaterials. If no energy chain is desired, the individual components are supplied with the necessary fastening material.

The tables for the direct, gantry, cross and AXC-A standard connections in the chapterFastening elements (from page 86) give information on the possible combinations of axissizes and designs from the AXC range in accordance with the images shown below.

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Standard combinations in the AXC and AXS rangeWith large stroke lengths and increasing requirements for load capacity and stiffness, weoffer the optimum alternative with a standard combination from the AXC and AXS program.

Complete systems

Standard combination in the AXS rangeIn the upper load area, our standard systems from the AXS range are available.

Standard layout with gantry axis driven by toothed belt

Standard layout with gantry axis with rack drive

AXS160-M160-G30 •AXS200-M200-x30 •AXS200-M250-x30 •AXS230-M320-H30 • • •AXS280-M400-H35 •AXS120T-M400-H25 • •

Z axis

AXS280-ZGxx-x30 AXS280-ZGxx-x35 AXS280-M200-x3x AXS460-M250-H35

AXS280-ZGx-x30 AXS160-M160-G30 657 550 620 215 46 342 445 160 160AXS200-M200-x30 725 610 680 215 51 382 520 200 200AXS230-M320-H30 515 312 420 215 70 442 581 350 350AXS200-M250-x30 490 375 445 215 82,5 375 528 283 295AXS230-M320-H30 515 312 420 215 70 442 581 350 350AXS230-M320-H30 695 492 600 210 70 598 737 350 350AXS280-M400-H35 690 493 600 210 70 612 752 355 355

Y axis Z axis K L L1 L2 L3 L4 L5 L6 L7

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AXS280-ZGx-x35

AXS280-M200-x35

AXS460-M250-H35

Limit stop can bedropped if the functionis fulfilled by customerapplication (J=0).

Rac

kdr

ive

Overview of AXS combinations

Y axis

Toothed belt drive Rack drive

B15i.038.075 75 • 38 17 1500 1 •B15.5.110 110 • 63 17 1500 1 • • •B15i.5.110 110 • 63 17 1500 1 •240.07.75 75 • 77 25 3000 2 •240.07.100 100 • 77 25 3000 2 • •240.07.125 125 • 77 25 3000 2 • • • • •250.07.125 125 • 77 25 3000 2 • • •240.10.125 125 • 103 25 3000 2 • • • •250.12.125 125 • 125 25 3000 2 • •27.12.175 175 • 125 32 3500 3 • •1)

27i.12.125 125 • 125 32 3500 3 • • •27i.12.200 200 • 125 32 3500 3 •350.125.125 125 • 125 42 4000 3,5 • •1)

390.12.150 150 • • 125 38 5000 6 • •1) •410.11.135 135 • • 112 50 7000 12 • •1) •

medium Open Internal

radius dimension

[mm] [mm]

Complete systems

Overview of energy chains

Des

ign

inte

rnal

aex

tern

al

B H max

.str

oke

horiz

onta

lca

ntile

ver

[mm

]

Filli

ngm

ass

horiz

onta

lmax

.st

roke

kg/m

AX

C40

AX

C60

AX

C80

AX

C12

0

AX

S12

0T

AX

C60

AX

C80

AX

C12

0

AX

S28

0

AX

S46

0

AX

C60

-A

AX

C80

-A

AX

C12

0-A

AX

S12

0T

AX

S16

0

AX

S20

0

AX

S23

0

AX

S28

01) not for combination with Z axis AXS160.

Depending on the requirement, various designs of energy chains are available for the linearaxis systems.

X axis Y axis Z axis

Up to design 250.07 with internal dimension B=77 mm, a separating web is mounted every2nd link. From design 240.10 with internal dimension B=103 mm, two separating webs aremounted every 2nd link.

Up to design 350, the connection elements are prepared for fixing the cables using cableties. A C rail is mounted from design 390.

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Design examplesThe following design examples once again clarify the flexibility of our linear axis systems.

Size code for drive version

For toothed belt drive

– Shaft or hollow shaft diameter (HW, WL, WR, WD, FL, FR)

– Bore diameter of the coupling (KL, KR, GL, GR)

– Gear ratio (PL, PR)

– With the PLK or PRK design, only the gear ratio is specified.

For screw-type drive

Spindle diameter and lead

For rack drive

Feed constants: 160/200/250/320/400

Type code for SNR linear axes

Designation scheme

Type designationas specified in catalogue

Drive design

For toothed belt drive

HW: Hollow shaft

WL (WR): Free shaft end left (right)

WD: Free shaft end both sides

KL (KR): Integrated coupling drive side left (right)

PL (PR): Integrated planetary gears left (right)

PLK (PRK): Integrated planetary gears left

+ integrated coupling right

(Planetary gears right + coupling left)

GL (GR): Coupling and coupling box left (right)

FL (FR): Drive adapter flange (direct connection output shaft/

hollow shaft) left (right)

For spindle drive

G: Coupling box + coupling

U: Deflection belt drive

Not specified: free drive shaft


Ordering example AXC 60 – Z HW 14 – LR 24 – 1000 – 1278 – 00

Linear motion system

H: THK linear motion guide type SHS

S: THK linear motion guide type SSR

W: THK linear motion guide type SHW

S: THK linear motion guide type SRS

G: THK linear motion guide type GSR

R: THK linear motion guide type HR

Size of the linear motion systemas specified in catalogue

Stroke length

Overall length(stroke + additional length specified in catalogue)

Option codeIs assigned internally and is used toidentify options, attachments and anyspecial designs specified in plain text.

Drive typeZ: Toothed belt drive

A: Driven sleds

S: Screw-type drive

T: Trapezoidal screw thread

M: Rack drive

O: No drive

Axis designation X Y Z

Single axis / parallel (centre distance)

Installation position: horizontal/vertical

Effective stroke [mm]

Load capacity [kg]

Travel speed [m/s]

Acceleration [m/s2]

Optional travel time [sec]

Repeat accuracy mm

Desired service life strokes or hours

Cycle time sec

For larger loads and torque loads, please enclose a sketch!

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Your enquiry form

Central coordinates:

XYZ

Company

Street address

Contact Function/Department

Telephone Fax

Project designation

One-off requirement Quantity New design

Desired deadline CW Technical improvements

Series requirement Quantity/year Cost reduction – Price previously EUR

Desired deadline for Quantity CW

Application parameters

With drive, selection by SNRPlease enclose detailed specifications for the cyclic process.

Existing drive, make/type

Connecting cable length m (Please specify length)

Inductive proximity switch quantity

Mechanical limit stop quantity

Drive / Control

Date

Quotation by

Attachment for linear axis: AXplease check/enter as appropriate

Left-side attachments Right-side attachments

mechanical limit switch

IP30

IP67

inductive limit switch

NC contact (standard)

NO contact

NO reference switch

PNP (standard)

NPN

Switch mounting

Enquiry form

Mounting position angular gear Installation position linear axis Position motor connection

H

E

F

B

A VU

VO

KOKU

G

D

H

C

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Notes

AXLT

Documents

Transcript of AXLT